MUT Supplement VII v5.8.9.1: Deterministic Baryogenesis via Phase-Chirality of the Background Scalar Field

Deterministic baryogenesis explained using the Phase-Chirality of the Background Scalar Field ΦA in MUT v5.8 frameworkHigh-frequency phase bias in the early universe generates a net baryon number through phase-opposite oscillations of matter and antimatterFull Boltzmann equation treatment with washout processes tracks baryon number evolutionResulting baryon-to-photon ratio η naturally matches observational constraints without arbitrary CP-violation parametersDerivations remain consistent with MUT constants including α ξ and GPhase-chirality biases baryons over antibaryons while washout processes regulate overproduction to achieve the observed ηThe Phase-Chirality of ΦA provides a fully deterministic and mathematically self-consistent mechanism for baryogenesis